private void btn_OpenBackupFile_Click(object sender, EventArgs e)
{
openFileDialog1.Title = "Backup-Datei öffnen";
if (openFileDialog1.ShowDialog() == DialogResult.OK)
{
Logger.WriteToLog("Backup-Datei laden (" + openFileDialog1.FileName + ")", LogLevel.RestoreInfo);
try
{
backup = HueParameters.FromJson(openFileDialog1.FileName);
}
catch (Exception ex)
{
Logger.WriteToLog("Fehler beim lesen der Backup-Datei: " + ex.Message, LogLevel.Error);
throw ex;
}
Logger.WriteToLog("Backup-Datei erfolgreich gelesen", LogLevel.RestoreInfo);
cbx_ReadConfig.Checked = true;
btn_ReadConfig.Enabled = true;
}
else
{
Logger.WriteToLog("Öffnen der Backup-Datei wurde abbgebrochen", LogLevel.Error);
}
}
public void SetBlink()
{
if (light == null)
{
return;
}
light.SetState(HueParameters.AlertParameter(HueKeys.LSELECT));
}
IEnumerator RacingCountdown(float timeOut = 1f)
{
//Change the color instantly (no transition time)
light.SetColor(Color.red, HueParameters.TransitionParameter(0));
yield return(new WaitForSeconds(timeOut));
light.SetColor(Color.yellow, HueParameters.TransitionParameter(0));
yield return(new WaitForSeconds(timeOut));
light.SetColor(Color.green, HueParameters.TransitionParameter(0));
}
public void GetIds_DuplicatedBackupId()
{
var backup = new HueParameters
{
Configuration = new BridgeConfig
{
BridgeId = "bridge_uid001"
},
Lights = new List <Light>
{
new Light {
Id = "1", UniqueId = "uid001"
},
new Light {
Id = "2", UniqueId = "uid002"
},
new Light {
Id = "2", UniqueId = "uid002_duplicate"
},
new Light {
Id = "3", UniqueId = "uid003"
}
}
};
var current = new HueParameters
{
Configuration = new BridgeConfig
{
BridgeId = "bridge_uid002"
},
Lights = new List <Light>
{
new Light {
Id = "2", UniqueId = "uid001"
},
new Light {
Id = "3", UniqueId = "uid002"
},
new Light {
Id = "4", UniqueId = "uid003"
}
}
};
var testObj = RemappingInfo.Create(backup, current);
Assert.ThrowsException <RemappingException>(() => testObj.GetCurrentLightId("2"), "Doppelte Light-Backup-ID nicht gefunden.");
Assert.AreEqual("4", testObj.GetCurrentLightId("3"), true, "Falsche Light-ID zur gegebenen Light-Backup-Id (3) gefunden");
}
public void GetIds_EmptyIdMap()
{
var backup = new HueParameters
{
Configuration = new BridgeConfig
{
BridgeId = "bridge_uid001"
},
Sensors = new List <Sensor>
{
new Sensor {
Id = "1", UniqueId = "uid001"
},
new Sensor {
Id = "2", UniqueId = "uid002"
}
}
};
var current = new HueParameters
{
Configuration = new BridgeConfig
{
BridgeId = "bridge_uid002"
},
Lights = new List <Light>
{
new Light {
Id = "2", UniqueId = "uid001"
},
new Light {
Id = "3", UniqueId = "uid002"
},
new Light {
Id = "4", UniqueId = "uid003"
}
},
Sensors = new List <Sensor>
{
new Sensor {
Id = "2", UniqueId = "uid001"
}
}
};
var testObj = RemappingInfo.Create(backup, current);
Assert.ThrowsException <EmptyIdMapException>(() => testObj.GetCurrentLightId("1"), "Leere Light-ID-Map nicht identifiziert.");
Assert.AreEqual("2", testObj.GetCurrentSensorId("1"), true, "Falsche Sensor-ID zur gegebenen Sensor-Backup-Id (1) gefunden");
}
public static RemappingInfo Create(HueParameters backup, HueParameters current)
{
var result = new RemappingInfo
{
BridgeBackupUniqueId = backup.Configuration.BridgeId,
BridgeCurrentUniqueId = current.Configuration.BridgeId
};
foreach (var l in backup.Lights)
{
result.Lights.Add(new IdPair(l.UniqueId, l.Id, current.Lights.FirstOrDefault(x => String.Equals(x.UniqueId, l.UniqueId, StringComparison.InvariantCultureIgnoreCase))?.Id));
}
foreach (var s in backup.Sensors)
{
result.Sensors.Add(new IdPair(s.UniqueId, s.Id, current.Sensors.FirstOrDefault(x => String.Equals(x.UniqueId, s.UniqueId, StringComparison.InvariantCultureIgnoreCase))?.Id));
}
return(result);
}
public void Create()
{
var backup = new HueParameters
{
Configuration = new BridgeConfig
{
BridgeId = "bridge_uid001"
},
Lights = new List <Light>
{
new Light {
Id = "1", UniqueId = "uid001"
},
new Light {
Id = "2", UniqueId = "uid002"
},
new Light {
Id = "3", UniqueId = "uid003"
}
},
Sensors = new List <Sensor>
{
new Sensor {
Id = "1", UniqueId = "uid001"
},
new Sensor {
Id = "2", UniqueId = "uid002"
}
}
};
var current = new HueParameters
{
Configuration = new BridgeConfig
{
BridgeId = "bridge_uid002"
},
Lights = new List <Light>
{
new Light {
Id = "2", UniqueId = "uid001"
},
new Light {
Id = "3", UniqueId = "uid002"
},
new Light {
Id = "4", UniqueId = "uid003"
}
},
Sensors = new List <Sensor>
{
new Sensor {
Id = "2", UniqueId = "uid001"
}
}
};
var expectedResult = new RemappingInfo
{
BridgeBackupUniqueId = "bridge_uid001",
BridgeCurrentUniqueId = "bridge_uid002",
Lights = new List <IdPair>
{
new IdPair {
BackupId = "1", CurrentId = "2", UniqueId = "uid001"
},
new IdPair {
BackupId = "2", CurrentId = "3", UniqueId = "uid002"
},
new IdPair {
BackupId = "3", CurrentId = "4", UniqueId = "uid003"
}
},
Sensors = new List <IdPair>
{
new IdPair {
BackupId = "1", CurrentId = "2", UniqueId = "uid001"
},
new IdPair {
BackupId = "2", CurrentId = null, UniqueId = "uid002"
}
}
};
var testObj = RemappingInfo.Create(backup, current);
Assert.AreEqual(expectedResult.BridgeBackupUniqueId, testObj.BridgeBackupUniqueId, "Backup Unique ID der Bridge fehlerhaft");
Assert.AreEqual(expectedResult.BridgeCurrentUniqueId, testObj.BridgeCurrentUniqueId, "Aktuelle Unique ID der Bridge fehlerhaft");
Assert.AreEqual(expectedResult.Lights.Count, testObj.Lights.Count, "Anzahl der gemappten Light-IDs fehlerhaft");
Assert.AreEqual(expectedResult.Sensors.Count, testObj.Sensors.Count, "Anzahl der gemappten Sensor-IDs fehlerhaft");
for (int i = 0; i < expectedResult.Lights.Count; i++)
{
Assert.IsTrue(idPairComparer(expectedResult.Lights[i], testObj.Lights[i]), "Gemappte Light-IDs fehlerhaft");
}
for (int i = 0; i < expectedResult.Sensors.Count; i++)
{
Assert.IsTrue(idPairComparer(expectedResult.Sensors[i], testObj.Sensors[i]), "Gemappte Sensor-IDs fehlerhaft");
}
}
public void GetIds()
{
var backup = new HueParameters
{
Configuration = new BridgeConfig
{
BridgeId = "bridge_uid001"
},
Lights = new List <Light>
{
new Light {
Id = "1", UniqueId = "uid001"
},
new Light {
Id = "2", UniqueId = "uid002"
},
new Light {
Id = "3", UniqueId = "uid003"
}
},
Sensors = new List <Sensor>
{
new Sensor {
Id = "1", UniqueId = "uid001"
},
new Sensor {
Id = "2", UniqueId = "uid002"
}
}
};
var current = new HueParameters
{
Configuration = new BridgeConfig
{
BridgeId = "bridge_uid002"
},
Lights = new List <Light>
{
new Light {
Id = "2", UniqueId = "uid001"
},
new Light {
Id = "3", UniqueId = "uid002"
},
new Light {
Id = "4", UniqueId = "uid003"
}
},
Sensors = new List <Sensor>
{
new Sensor {
Id = "2", UniqueId = "uid001"
}
}
};
var testObj = RemappingInfo.Create(backup, current);
Assert.AreEqual("2", testObj.GetCurrentLightId("1"), true, "Falsche Light-ID zur gegebenen Light-Backup-Id (1) gefunden");
Assert.AreEqual("3", testObj.GetCurrentLightId("2"), true, "Falsche Light-ID zur gegebenen Light-Backup-Id (2) gefunden");
Assert.AreEqual("4", testObj.GetCurrentLightId("3"), true, "Falsche Light-ID zur gegebenen Light-Backup-Id (3) gefunden");
Assert.ThrowsException <BackupIdNotFoundException>(() => testObj.GetCurrentLightId("4"), "Fehler bei Abfrage von Light-Backup-ID (4) welche nicht verfügbar ist.");
Assert.AreEqual("2", testObj.GetCurrentSensorId("1"), true, "Falsche Sensor-ID zur gegebenen Sensor-Backup-Id (1) gefunden");
Assert.ThrowsException <CurrentIdNotFoundException>(() => testObj.GetCurrentSensorId("2"), "Fehler bei Abfrage von Sensor-Current-ID (2) welche nicht verfügbar ist.");
Assert.ThrowsException <BackupIdNotFoundException>(() => testObj.GetCurrentSensorId("3"), "Fehler bei Abfrage von Sensor-Backup-ID (3) welche nicht verfügbar ist.");
}
